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An Oracle Wallet is a container to store authentication and signing credentials. The tablespace encryption feature relies on the Oracle Wallet to store and protect the master key used in the encryption. There are two kinds of Oracle Wallets encryption wallets and auto-open wallets. You must manually open an encryption wallet after database startup, whereas the auto-open wallet automatically opens upon database startup. The encryption wallet is commonly recommended for tablespace encryption, unless you re dealing with unattended Oracle Data Guard environments, in which case the automatic opening of the wallet comes in handy.

Although you can t create an encrypted undo tablespace or temporary tablespace, when the database writes data from any encrypted tablespace to the undo tablespace or the temporary tablespace (or the redo log files), it automatically encrypts the data. Thus, you don t have to encrypt the undo or the temporary tablespace.

Wiring diagrams abstract away the structure of components to reveal the interconnection fabric of a system at run time: They focus on what signals are available in a system and what itineraries the signals take to travel from place to place Showing the paths is more than an exercise in aesthetics When a system is designed largely or solely with parts interconnected by event notification signals, signal paths become crucial for understanding the system-level logic, in terms of where signals originate, which components they affect, and in which order When an event-driven system is found to work incorrectly, the problem often turns out to be related to signals and signal paths UML Communication diagrams have similarities with wiring diagrams, but are used mostly to show the set of signals used in specific scenarios.

The Oracle Wallet, which is actually a file in your directory system, is named ewallet.p12 under both Windows and UNIX/Linux based systems. The location where Oracle stores this file is operating system specific. However, you can specify a nondefault location by using the parameter ENCRYPTION_WALLET_LOCATION in the sqlnet.ora file, as shown here: ENCRYPTION_WALLET_LOCATION = (SOURCE= (METHOD=file) (METHOD_DATA= (DIRECTORY=/apps/oracle/general/wallet)

In order to use TDE, you must have the ALTER SYSTEM privilege as well as have a password for an Oracle Wallet. If you don t have an Oracle Wallet, you must create one and then add a master key to it. You can create the Oracle Wallet in several ways: By invoking the Oracle Wallet Manager through a GUI interface By invoking the Oracle Wallet Manager by issuing the command owm at the command line By using the mkstore command from the operating system command line

Use the following syntax to create a wallet from the OS:

By numbering messages, Communication diagrams show very well the sequence of events when a relatively small number of entities collaborate UML Interaction diagrams focus on the messages exchanged by a small number of components Due to the way the communicating entities are laid out horizontally, there is a limit to how many participants will fit on a piece of paper or a computer screen Interaction diagrams are extremely useful when showing the small details of timing, but are not practical for describing the operation of entire subsystems or systems, especially when conditional logic is involved UML Component Wiring diagrams focus on what is connected to what, but only at the interface level As such, they only show PC signals SR signals are not included, because those signals are not sent using procedure calls.

mkstore -wrl $ORACLE_BASE/admin/$ORACLE_SID/wallet create Enter password: Enter However, the simplest way to create the Oracle Wallet is by using a SQL statement, which is the method we use here. Before you create the Oracle Wallet, you must first create a directory named wallet under the directory $ORACLE_BASE/admin/$ORACLE_SID. If you don t do this, you ll get the error ORA-28368: Cannot auto-create wallet. The most straightforward way to create the wallet is to use the following command in SQL*Plus: SQL> ALTER SYSTEM SET ENCRYPTION KEY IDENTIFIED BY "password"

System altered. SQL> The ALTER SYSTEM statement shown here both creates the wallet, if it doesn t already exist, and adds a master key to it. You must, of course, replace the word password with your own password for the wallet. The ALTER SYSTEM statement you issued in the previous example works in the following way: If you already have an Oracle Wallet, it opens that wallet and creates (or re-creates) the master encryption key. If you don t have an Oracle Wallet already, it creates a new wallet, opens the wallet, and creates a new master encryption key. Now that you ve successfully created the Oracle Wallet, you re ready to encrypt tablespaces using the new tablespace encryption feature.